M. Tech. Computational Fluid Dynamics (Integrated with Optional PhD)

This two-year graduate program in M.Tech. in Computational Fluid Dynamics is designed to impart modern tools and techniques for the numerical simulation of complex mechanical systems including Fluid Dynamics, Structural Dynamics, and Mechanics of Materials.
In Computational Mechanics, the governing partial differential equations and constitutive relations are solved numerically using high-speed digital computers to gain meaningful insights into the thermo-fluidic structure of mechanical systems. The M. Tech. in Computational Fluid Dynamics curriculum includes advanced courses on fluid and structural mechanics, basic and advanced courses on numerical algorithms for fluid mechanics and structural dynamics, hands-on software and coding exercises and a one-year thesis. In addition to Aerospace and Mechanical Engineering, Computational Mechanics is used as a research and design tool in all fields of engineering involving fluid flows, structural dynamics, and multidisciplinary optimisation.